DETAILED
Steam Injection Sterilization Module (SIM)
Researchers using this device can accurately assess the impact of virtually any continuous heat treatment process (such as high-temperature short-time sterilization or ultra-high-temperature sterilization) on their products.
Category:
MicroThermics UHT/HTST
Keyword:
Foreign trade
DYNAMIC DAYLIGHT
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PRODUCT DETAILS
Direct/Indirect Modules
Researchers using this equipment can accurately assess the impact of virtually any continuous thermal processing (such as high-temperature short-time sterilization or ultra-high temperature sterilization) on their products. By reducing failed experiments and integrating the process into product development, R&D departments can lower costs and bring products to market faster.
The MicroThermics Steam Injection Module (SIM) is a lab-scale processing module that extends the capabilities of other MicroThermics primary processing systems by adding steam injection and vacuum cooling. It's a functional upgrade to the existing tubular heating, providing flexibility to research the optimal balance between direct and indirect heating on product quality and fouling.
The SIM and DIM include a variable speed product pump and a digital pump speed display, allowing for seamless integration with any MicroThermics primary processing system and inline homogenizer. They also feature automatic temperature control and complete data acquisition capabilities.
Laboratory
Ultra-high Temperature/High Temperature
Short Time, Aseptic Sterilization
Equipment and Services
Simple! Economical! Process Accurate!
Example Products• Milk and Flavored Milk • Soy milk and nutritional supplements • Ice cream mixes and yogurt • Cheese sauces and puddings • Enteral nutrition • Fruit concentrates • Electrolyte beverages, juices • Tea, coffee • Soups, etc.! |
Process• Ultra-high temperature processing • Aseptic processing (low acid) • Extended shelf life (ESL) • Dry ingredient pre-wetting (DIPW) • Continuous cooking • And more! |
Process Time and Temperature• Duration (depending on flow rate) 3.6.9.15.@1L/min. -Other feasible times • Preheat Temperature: 140°-250°F(60°-121°C) • Final Heating Temperature: 220°-305°F(104°-152℃) 170°-305°F(76°-152°C)w/water heat* |
Features• Sanitary design • Product pressure transducer • Product and tool thermocouples • Hot water heated preheater • Steam injection final heater • Indirect water heated final heater * • Central jumper panel with 3 internal holding tubes • Vacuum cooler with integral vacuum pump • Indirect product cooler • Back pressure valve • Stainless steel lab bench enclosure (with casters) • *Water indirect heating on “W” models |
Dimensions• Bench height: 38 inches (0.96 meters) • Depth: 32 inches (0.8 meters) • Length: 40 inches (1.02 meters) • Instrument height: 70 inches (1.5 meters) |
Utilities• Power: 10 and 30 (specify voltage) • Steam: 80 PSI high-pressure clean dry steam • Municipal water: 2 GPM, 30 PSI • Chilled water: Minimum 5 Lpm, 30 PSI • Drain: For municipal water discharge • Compressed air: 16-20 PS, clean, dry air |
Direct UHT Processing
- Steam injection UHT processing
- 2 heaters
Indirect UHT or HTST Processing
- UHT or HTST processing
- 2 heaters
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